Furthermore, the role of nitrogen in haze formation is clearly very important, yet poorly understood [1]}, [2]}, [3]}. Our only 100\(\times \)  experiment to produce soluble haze products is also the only 100\(\times \)  experiment that contained a nitrogen-bearing molecule in the initial gas mixture, NH\(_3\) . With the UV energy source, this nitrogen-containing gas mixture also had the highest production rate of the 100\(\times \)  conditions and the second highest production rate of any condition [4]}. This 300 K, 100\(\times \)  experiment produced the formulas for a nucleotide base, a monosaccharide, and both biological and non-proteinogenic amino acids, underscoring the dramatic role nitrogen can play in haze formation. Its ability to change the solubility of the hazes produced may have additional implications for its role in the chemistry of the system as well.
